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Lifting frequency had no significant effect on the percentage decrease in MAWL from the sagittal plane values.
This laboratory experiment examined the effect of lifting parameters and their interactions as follows: lifting frequency, vertical lifting distance, and load weight.
Though the MAWL decreased significantly with lifting frequency, both the physiological costs (heart rate and oxygen uptake) and rating of perceived exertion increased with the increase in lift frequency.
In particular, combinations of job physical factors, object weight, lifting frequency, and posture will be evaluated.
Key risk factors include job physical factors (e.g., object weight, pushing force, pulling force, lifting frequency, posture), as well as the revised NIOSH Lifting Equation and back compressive forces.
As described above, univariate and multivariable Cox regression analyses will be used to relate newly incident cases of LBP to ergonomic factors [e.g., revised NIOSH Lifting Equation, back compressive forces (see above)] as well as individual ergonomic variables (e.g., object weight, pushing force, pulling force, lifting frequency, posture) [ 65].
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At moderate lifting frequencies, the average RWL would be acceptable to more than 95% of female workers according to the psychophysical criterion.
Published experimental studies that have reported the MAWL at different lifting frequencies were identified and regression methods were used to evaluate the relationship between the frequency of lifting and the MAWL.
In this simulation study, 10 female building construction workers lifted weights in 48 different combinations of lifting parameters, in which four different lifting frequencies (1, 4, 7, and 14 lifts min−1), three different load weights (5, 10, and 15 kg) and four different vertical lifting heights (knee, waist, shoulder, and maximum reach) were considered.
Twelve female college students lifted weights at three different lifting frequencies (one-time maximum, 1 and 4 lifts/min) in the sagittal plane and at three different asymmetric angles (30°, 60°, and 90°) from the floor to a 68-cm height pallet.
As with sexual reproduction, lowering mutation rates without shifting the ratio, μ p / μ h, extends allele lifetime without lifting the frequency cap.
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